Evolutionary multi-criterion optimization. Third international conference, EMO 2005, Guanajuato, Mexico, March 9--11, 2005. Proceedings. (Q2388717)

The articles of this volume will be reviewed individually. The preceding conference has been reviewed (see Zbl 1018.00013). Indexed articles: \textit{Zeleny, Milan}, The evolution of optimality: De novo programming, 1-13 [Zbl 1109.68641] \textit{Fleming, Peter J.; Purshouse, Robin C.; Lygoe, Robert J.}, Many-objective optimization: An engineering design perspective, 14-32 [Zbl 1109.68596] \textit{Gandibleux, Xavier; Ehrgott, Matthias}, 1984--2004 -- 20 years of multiobjective metaheuristics. But what about the solution of combinatorial problems with multiple objectives?, 33-46 [Zbl 1109.68598] \textit{Deb, Kalyanmoy; Tiwari, Santosh}, Omni-optimizer: A procedure for single and multi-objective optimization, 47-61 [Zbl 1109.68592] \textit{Emmerich, Michael; Beume, Nicola; Naujoks, Boris}, An EMO algorithm using the hypervolume measure as selection criterion, 62-76 [Zbl 1109.68595] \textit{Berry, Adam; Vamplew, Peter}, The combative accretion model -- multiobjective optimisation without explicit Pareto ranking, 77-91 [Zbl 1109.68586] \textit{Streichert, Felix; Ulmer, Holger; Zell, Andreas}, Parallelization of multi-objective evolutionary algorithms using clustering algorithms, 92-107 [Zbl 1109.68637] \textit{Zeng, Sanyou; Yao, Shuzhen; Kang, Lishan; Liu, Yong}, An efficient multi-objective evolutionary algorithm: OMOEA-II, 108-119 [Zbl 1109.68642] \textit{Basseur, Matthieu; Seynhaeve, Franck; Talbi, El-Ghazali}, Path relinking in Pareto multi-objective genetic algorithms, 120-134 [Zbl 1109.68585] \textit{Min, Yang Shu; Guo, Shao Dong; Jie, Luo Yang}, Dynamic archive evolution strategy for multiobjective optimization, 135-149 [Zbl 1109.68623] \textit{Deb, Kalyanmoy; Gupta, Himanshu}, Searching for robust Pareto-optimal solutions in multi-objective optimization, 150-164 [Zbl 1109.68591] \textit{Pires, E. J. Solteiro; de Moura Oliveira, P. B.; Machado, J. A. Tenreiro}, Multi-objective maximin sorting scheme, 165-175 [Zbl 1109.68629] \textit{Knowles, Joshua; Hughes, Evan J.}, Multiobjective optimization on a budget of 250 evaluations, 176-190 [Zbl 1109.68615] \textit{Haubelt, Christian; Gamenik, Jürgen; Teich, Jürgen}, Initial population construction for convergence improvement of MOEAs, 191-205 [Zbl 1109.68602] \textit{Brizuela, Carlos A.; Gutiérrez, Everardo}, Multi-objective go with the winners algorithm: A preliminary study, 206-220 [Zbl 1109.68588] \textit{Salazar, Daniel; Carrasquero, Néstor; Galván, Blas}, Exploiting comparative studies using criteria: Generating knowledge from an analyst's perspective, 221-234 [Zbl 1109.68634] \textit{Leyva-Lopez, Juan Carlos; Aguilera-Contreras, Miguel Angel}, A multiobjective evolutionary algorithm for deriving final ranking from a fuzzy outranking relation, 235-249 [Zbl 1109.68619] \textit{Fonseca, Carlos M.; Grunert da Fonseca, Viviane; Paquete, Luís}, Exploring the performance of stochastic multiobjective optimisers with the second-order attainment function, 250-264 [Zbl 1109.68597] \textit{Ishibuchi, Hisao; Narukawa, Kaname}, Recombination of similar parents in EMO algorithms, 265-279 [Zbl 1109.68607] \textit{Huband, Simon; Barone, Luigi; While, Lyndon; Hingston, Phil}, A scalable multi-objective test problem toolkit, 280-295 [Zbl 1109.68603] \textit{Day, Richard O.; Lamont, Gary B.}, Extended multi-objective fast messy genetic algorithm solving deception problems, 296-310 [Zbl 1109.68590] \textit{Shukla, Pradyumn Kumar; Deb, Kalyanmoy; Tiwari, Santosh}, Comparing classical generating methods with an evolutionary multi-objective optimization method, 311-325 [Zbl 1109.68635] \textit{While, Lyndon}, A new analysis of the LebMeasure algorithm for calculating hypervolume, 326-340 [Zbl 1109.68639] \textit{Nojima, Yusuke; Narukawa, Kaname; Kaige, Shiori; Ishibuchi, Hisao}, Effects of removing overlapping solutions on the performance of the NSGA-II algorithm, 341-354 [Zbl 1109.68627] \textit{Aguirre, Hernán E.; Tanaka, Kiyoshi}, Selection, drift, recombination, and mutation in multiobjective evolutionary algorithms on scalable MNK-landscapes, 355-369 [Zbl 1109.68582] \textit{Ishibuchi, Hisao; Kaige, Shiori; Narukawa, Kaname}, Comparison between Lamarckian and Baldwinian repair on multiobjective 0/1 knapsack problems, 370-385 [Zbl 1109.68606] \textit{Kollat, Joshua B.; Reed, Patrick M.}, The value of online adaptive search: A performance comparison of NSGAII, \(\varepsilon\)-NSGAII and \(\varepsilon\)MOEA, 386-398 [Zbl 1109.68616] \textit{Köppen, Mario; Vicente-Garcia, Raul; Nickolay, Bertram}, Fuzzy-Pareto-dominance and its application in evolutionary multi-objective optimization, 399-412 [Zbl 1109.68617] \textit{Limbourg, Philipp}, Multi-objective optimization of problems with epistemic uncertainty, 413-427 [Zbl 1109.68620] \textit{Bosman, Peter A. N.; Thierens, Dirk}, The naive MIDEA: A baseline multi-objective EA, 428-442 [Zbl 1109.68587] \textit{Nebro, Antonio J.; Luna, Francisco; Alba, Enrique}, New ideas in applying scatter search to multiobjective optimization, 443-458 [Zbl 1109.68625] \textit{Alvarez-Benitez, Julio E.; Everson, Richard M.; Fieldsend, Jonathan E.}, A MOPSO algorithm based exclusively on Pareto dominance concepts, 459-473 [Zbl 1109.68584] \textit{Jiao, Licheng; Gong, Maoguo; Shang, Ronghua; Du, Haifeng; Lu, Bin}, Clonal selection with immune dominance and anergy based multiobjective optimization, 474-489 [Zbl 1109.68610] \textit{Jaeggi, Daniel; Parks, Geoff; Kipouros, Timoleon; Clarkson, John}, A multi-objective tabu search algorithm for constrained optimisation problems, 490-504 [Zbl 1109.68608] \textit{Reyes Sierra, Margarita; Coello Coello, Carlos A.}, Improving PSO-based multi-objective optimization using crowding, mutation and \(\epsilon\)-dominance, 505-519 [Zbl 1109.68631] \textit{Robič, Tea; Filipič, Bogdan}, DEMO: Differential evolution for multiobjective optimization, 520-533 [Zbl 1109.68633] \textit{Igel, Christian}, Multi-objective model selection for support vector machines, 534-546 [Zbl 1109.68605] \textit{Handl, Julia; Knowles, Joshua}, Exploiting the trade-off-the benefits of multiple objectives in data clustering, 547-560 [Zbl 1109.68601] \textit{Jeong, Min Joong; Kobayashi, Takashi; Yoshimura, Shinobu}, Extraction of design characteristics of multiobjective optimization -- its application to design of artificial satellite heat pipe, 561-575 [Zbl 1109.68609] \textit{Greiner, David; Winter, Gabriel; Emperador, José M.; Galván, Blas}, Gray coding in evolutionary multicriteria optimization: Application in frame structural optimum design, 576-591 [Zbl 1109.68600] \textit{Oliveira, Luiz S.; Morita, Marisa; Sabourin, Robert; Bortolozzi, Flávio}, Multi-objective genetic algorithms to create ensemble of classifiers, 592-606 [Zbl 1109.68628] \textit{Spieth, Christian; Streichert, Felix; Speer, Nora; Zell, Andreas}, Multi-objective model optimization for inferring gene regulatory networks, 607-620 [Zbl 1109.68636] \textit{Chiba, Kazuhisa; Obayashi, Shigeru; Nakahashi, Kazuhiro; Morino, Hiroyuki}, High-fidelity multidisciplinary design optimization of wing shape for regional jet aircraft, 621-635 [Zbl 1109.68589] \textit{Manos, Steven; Poladian, Leon; Bentley, Peter; Large, Maryanne}, Photonic device design using multiobjective evolutionary algorithms, 636-650 [Zbl 1109.68621] \textit{Duda, Jerzy; Osyczka, Andrzej}, Multiple criteria lot-sizing in a foundry using evolutionary algorithms, 651-663 [Zbl 1109.68593] \textit{Valdez Peña, Sergio Ivvan; Botello Rionda, Salvador; Hernández Aguirre, Arturo}, Multiobjective shape optimization using estimation distribution algorithms and correlated information, 664-676 [Zbl 1109.68638] \textit{Ah King, Robert T. F.; Rughooputh, Harry C. S.; Deb, Kalyanmoy}, Evolutionary multi-objective environmental/economic dispatch: Stochastic versus deterministic approaches, 677-691 [Zbl 1109.68583] \textit{Schlottmann, Frank; Mitschele, Andreas; Seese, Detlef}, A multi-objective approach to integrated risk management, 692-706 [Zbl 1109.91364] \textit{Rivas-Dávalos, Francisco; Irving, Malcolm R.}, An approach based on the strength Pareto evolutionary algorithm 2 for power distribution system planning, 707-720 [Zbl 1109.68632] \textit{Iima, Hitoshi}, Proposition of selection operation in a genetic algorithm for a job shop rescheduling problem, 721-735 [Zbl 1109.90310] \textit{Nicolini, Matteo}, A two-level evolutionary approach to multi-criterion optimization of water supply systems, 736-751 [Zbl 1109.68626] \textit{Jin, Yaochu; Sendhoff, Bernhard; Körner, Edgar}, Evolutionary multi-objective optimization for simultaneous generation of signal-type and symbol-type representations, 752-766 [Zbl 1109.68611] \textit{Radtke, Paulo V. W.; Wong, Tony; Sabourin, Robert}, A multi-objective memetic algorithm for intelligent feature extraction, 767-781 [Zbl 1109.68630] \textit{Kleeman, Mark P.; Lamont, Gary B.}, Solving the aircraft engine maintenance scheduling problem using a multi-objective evolutionary algorithm, 782-796 [Zbl 1109.90311] \textit{Li, Weiqi}, Finding Pareto-optimal set by merging attractors for a bi-objective traveling salesmen problem, 797-810 [Zbl 1109.90336] \textit{Kumar, Rajeev; Singh, P. K.; Chakrabarti, P. P.}, Multiobjective EA approach for improved quality of solutions for spanning tree problem, 811-825 [Zbl 1109.68618] \textit{de la Iglesia, Beatriz; Reynolds, Alan; Rayward-Smith, Vic J.}, Developments on a multi-objective metaheuristic (MOMH) algorithm for finding interesting sets of classification rules, 826-840 [Zbl 1109.68645] \textit{Jourdan, Laetitia; Corne, David; Savic, Dragan; Walters, Godfrey}, Preliminary investigation of the `learnable evolution model' for faster/better multiobjective water systems design, 841-855 [Zbl 1109.68612] \textit{Muñoz Zavala, Angel E.; Villa Diharce, Enrique R.; Hernández Aguirre, Arturo}, Particle evolutionary swarm for design reliability optimization, 856-869 [Zbl 1109.68624] \textit{Mariano-Romero, Carlos E.; Alcocer-Yamanaka, Víctor; Morales, Eduardo F.}, Multiobjective water pinch analysis of the Cuernavaca city water distribution network, 870-884 [Zbl 1109.68622] \textit{Murata, Tadahiko; Itai, Ryota}, Multi-objective vehicle routing problems using two-fold EMO algorithms to enhance solution similarity on non-dominated solutions, 885-896 [Zbl 1109.90304] \textit{Kipouros, Timoleon; Jaeggi, Daniel; Dawes, Bill; Parks, Geoff; Savill, Mark}, Multi-objective optimisation of turbomachinery blades using tabu search, 897-910 [Zbl 1109.68614]